CN215932851U - Integrated intelligent lighting indicating lamp for indoor parking lot - Google Patents
Integrated intelligent lighting indicating lamp for indoor parking lot Download PDFInfo
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- CN215932851U CN215932851U CN202122310641.5U CN202122310641U CN215932851U CN 215932851 U CN215932851 U CN 215932851U CN 202122310641 U CN202122310641 U CN 202122310641U CN 215932851 U CN215932851 U CN 215932851U
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- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
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Abstract
The utility model relates to an integrated intelligent lighting indicating lamp for an indoor parking lot, which comprises a lamp base, a suspension wire and power line incoming line fixing part, a parking space projection angle motor driving device, a parking space projection display device, a lane dynamic sensing device, a parking space dynamic sensing part, an external suspension supporting part, a parking space occupation light display part, an audio broadcasting horn, a main control part, an electric light source part, a lamp shading reflection part and a lane projection indicating part, wherein the suspension wire and power line incoming line fixing part is arranged on the lamp base; parking stall projection angle motor drive device, parking stall projection display device, lane developments perception device, parking stall developments perception part, parking stall occupy-place light display component, audio frequency broadcast loudspeaker, electric light source part, lane projection indicating component link to each other with main control unit respectively. The integrated design of the utility model solves the problems that the lighting and indicating equipment of the indoor parking lot are dispersed and need multiple wiring; the utility model can start the lighting modes in different working states according to the use condition, thereby realizing comprehensive energy conservation.
Description
Technical Field
The utility model relates to a lamp for a parking lot, in particular to an integrated intelligent lighting indicating lamp for an indoor parking lot.
Background
Along with the social development, the number of urban automobiles is increased rapidly, the land scarcity degree is more practical and novel, and therefore large indoor parking lots (storehouses) and underground parking lots (storehouses) are increased rapidly. The basic functions of indoor and underground parking lots include: parking, lighting, and emergency response.
Given the state of both regularity and randomness of daily work and time of life, irregular "intermittent" lighting is a feature of large indoor and underground parking lot lighting. The garage illumination of 24 hours uninterrupted duty that currently generally uses brings huge power consumption extravagant serious, and the difficulty of maintaining has increaseed the degree of difficulty of property management moreover. Meanwhile, due to the fact that the number of the parking spaces is large, occupation is random and complex, after the temporary vehicles enter the parking lot, the proper parking spaces cannot be found rapidly, the temporary vehicles can only flow in the parking lot in an unordered mode, energy is wasted, carbon emission is increased, and even congestion is caused in the parking lot. On the other hand, as the parking lot garage is too complex, a plurality of car owners often cannot find the car when leaving, and even if the car owners remember the car position numbers, the car owners can get lost for a long time in the indoor garage. From the safety perspective, the chaotic phenomenon is that the vehicle is disorderly parked and occupied, and unnecessary disputes can be caused; and more serious phenomenon is that the vehicle is spontaneously ignited, and the emergency evacuation broadcasting is required to be carried out at the first time.
The current solution is to lay multiple systems, including lighting systems, vehicle occupancy recognition and reverse vehicle finding systems, and emergency broadcast systems, in the indoor and underground parking garages, respectively. The existing lamps and vehicle induction devices are not integrated, for example, Chinese patent CN213712832U discloses a vehicle warehousing induction lighting device, a separated sensor is adopted to be matched with the lamps in a local area, the construction is complicated, and the efficiency is not high; chinese patent CN112562355A discloses an energy-saving and environment-friendly intelligent underground garage guidance system and method, which also adopts a sensor and a lamp separately arranged, and increases a path planning function, but cannot realize dynamic information identification guidance. In the realization of the occupation display and the reverse vehicle searching function, the initiative observation and the mark searching of a driver are taken as the leading mode at present, the system does not have the capability of realizing the following guidance of the motion of the vehicle and people, and the comprehensive efficiency is not high.
In the prior art, the lamp and the indicating equipment are mutually independent and are not related in design, so that waste of multiple wiring and installation is formed, and the aims of saving energy, reducing consumption and reducing carbon emission can not be effectively fulfilled.
SUMMERY OF THE UTILITY MODEL
In order to overcome the defects in the prior art, the utility model provides an integrated intelligent lighting indicating lamp for an indoor parking lot, which can simultaneously realize the functions of indoor parking lighting and dynamic guidance and the purposes of lighting energy-saving management.
The technical scheme adopted by the utility model is as follows:
an integrated intelligent lighting indicating lamp for an indoor parking lot comprises a lamp base, a suspension line and power line incoming line fixing component, a parking space projection angle motor driving device, a parking space projection display device, a lane dynamic sensing device, a parking space dynamic sensing component, an outer suspension supporting component, a parking space occupation light display component, an audio broadcasting horn, a main control component, an electric light source component, a lamp shading reflection component and a lane projection indicating component; the parking space projection angle motor driving device, the parking space projection display device, the lane dynamic sensing device, the parking space dynamic sensing component, the parking space occupying light display component, the audio broadcasting loudspeaker, the electric light source component and the lane projection indicating component are respectively connected with the main control component; the parking space projection angle motor driving device, the parking space projection display device, the lane dynamic sensing device, the parking space dynamic sensing component, the audio broadcasting loudspeaker, the main control component and the lane projection indicating component are respectively installed on the lamp base.
Preferably, the lamp base comprises long-side panels at the front side and the rear side and short-side panels at the left side and the right side, the parking space projection angle motor driving device, the parking space projection display device and the parking space dynamic sensing component are respectively installed on the long-side panels of the lamp base, and the lane projection indicating component and the lane dynamic sensing component are respectively installed on the short-side panels of the lamp base.
Preferably, the outer suspension supporting component is detachably connected with the long-edge panel of the lamp base, and supports are provided for the parking space occupation light display component.
Preferably, the audio broadcasting speaker is arranged at the bottom of the lamp base.
Preferably, the number of the parking space projection angle motor driving devices, the parking space projection display devices and the parking space dynamic sensing parts which are respectively arranged on each long-edge panel is 1-3.
Preferably, the main control unit comprises a control processor, a lane perception processing module, a parking space perception processing module, an electric light source management module, an indicator light management module, a projection angle motor control module, a projection display processing module, an audio module, a power supply module, a wired/wireless communication module and an information storage module, wherein the lane perception processing module, the parking space perception processing module, the electric light source management module, the indicator light management module, the projection angle motor control module, the projection display processing module, the audio module, the power supply module, the wired/wireless communication module and the information storage module are respectively connected with the control processor; and a standby battery is arranged in the power module.
The power module adopts the combination of an alternating current module and a POE direct current module, and a backup battery is arranged in the power module; when the power is abnormally cut off, a backup battery supplies power, and the single lamp has a dimming function; when multiple lamps are jointly arranged, matrix type correlation adjustment control and on-off control can be achieved through a communication network.
The method is implemented by utilizing an internal backup battery of the lamp to implement a peak-valley power regulation strategy and adopting two modes of timing and platform remote control; and in the peak period of the power consumption of the commercial power, the built-in backup battery of the integrated intelligent lamp is controlled to supply power, and in the valley period of the power consumption of the commercial power, the commercial power is controlled to supply power to the lamp and charge a backup power supply.
Preferably, the parking space projection display device is connected with the parking space projection angle motor driving device, and the parking space projection angle motor driving device is provided with a three-axis rotating mechanism.
Preferably, the lamp is in communication connection with the service platform through one or a combination of more than two of Ethernet, 485 bus, power line carrier or WIFI.
The utility model can be used for illumination and indication of an indoor parking lot, and has the advantages that:
(1) the integrated design of the lamp solves the problems that the lighting and indicating equipment of the indoor parking lot are dispersed and need multiple wiring;
(2) the lamp can start the lighting modes in different working states according to the using condition, thereby realizing comprehensive energy conservation.
Drawings
FIG. 1 is a schematic view of a lamp according to the present invention;
FIG. 2 is a functional block diagram of the main control unit of the present invention;
fig. 3 is a schematic structural diagram of an intelligent lighting indication system composed of the present invention and a service platform.
Illustration of the drawings: 1. the parking space projection system comprises a suspension line and power line incoming line fixing component, 2-1, a parking space projection angle motor driving device, 2-2, a parking space projection indicating device, 3-1 and a lane dynamic sensing device; 3-2 parts of a parking space dynamic sensing part, 4-1 parts of an external suspension supporting part, 4-2 parts of a parking space occupying light display part, 5 parts of an audio broadcasting loudspeaker; 6. the main control part 7, the electric light source part 8, the lamp shading and reflecting part 9 and the lane projection indicating part.
Detailed Description
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the present invention is further described with reference to the drawings and the embodiments, but the protection scope of the present invention is not limited thereto.
Referring to fig. 1 and 2, an integrated intelligent lighting indicating lamp for an indoor parking lot comprises a lamp base, a suspension line and power line incoming line fixing component 1, a parking space projection angle motor driving device 2-1, a parking space projection display device 2-2, a lane dynamic sensing device 3-1, a parking space dynamic sensing component 3-2, an external suspension supporting component 4-1, a parking space occupying light display component 4-2, an audio broadcasting loudspeaker 5, a main control component 6, an electric light source component 7, a lamp shading reflection component 8 and a lane projection indicating component 9; the parking space projection angle motor driving device 2-1, the parking space projection display device 2-2, the lane dynamic sensing device 3-1, the parking space dynamic sensing component 3-2, the parking space occupying light display component 4-2, the audio broadcasting loudspeaker 5, the electric light source component 7 and the lane projection indication component 9 are respectively connected with the main control component 6; the parking space projection angle motor driving device 2-1, the parking space projection display device 2-2, the lane dynamic sensing device 3-1, the parking space dynamic sensing component 3-2, the audio broadcasting loudspeaker 5, the main control component 6 and the lane projection indicating component 9 are respectively arranged on the lamp base.
The parking space projection display device 2-2 is connected with a parking space projection angle motor driving device 2-1, and the parking space projection angle motor driving device is provided with a three-axis rotating mechanism.
The parking space projection angle motor driving device 2-1, the parking space projection display device 2-2 and the parking space dynamic sensing component 3-2 are respectively installed on the long-edge panel of the lamp base, and 1-3 parts can be respectively installed on each edge (on each long-edge panel) according to the number of corresponding parking spaces; the lane projection indicating component 9 and the lane dynamic sensing device 3-1 are respectively arranged on a short-side panel of the lamp base; the external suspension support component 4-1 is detachably connected with a long-edge panel of the lamp base and provides support for the parking space occupying light display component 4-2, and parking space occupying light can be displayed in red or green; the audio broadcasting loudspeakers 5 are arranged at the bottom of the lamp base, and 1-2 audio broadcasting loudspeakers are arranged according to loudspeaker power requirements.
The main control component comprises a control processor, a lane perception processing module, a parking space perception processing module, an electric light source management module, an indicator lamp management module, a projection angle motor control module, a projection display processing module, an audio module, a power supply module, a wired/wireless communication module and an information storage module, wherein the lane perception processing module, the parking space perception processing module, the electric light source management module, the indicator lamp management module, the projection angle motor control module, the projection display processing module, the audio module, the power supply module, the wired/wireless communication module and the information storage module are respectively connected with the control processor; and a standby battery is arranged in the power module.
The power module adopts the combination of an alternating current module and a POE direct current module, and a backup battery is arranged in the power module; when the power is abnormally cut off, a backup battery supplies power, and the single lamp has a dimming function; when multiple lamps are jointly arranged, matrix type correlation adjustment control and on-off control can be achieved through a communication network.
The method is implemented by utilizing an internal backup battery of an integrated intelligent lamp to implement a peak-valley electric regulation strategy and adopting two modes of timing and platform remote control; and in the peak period of the power consumption of the commercial power, the built-in backup battery of the integrated intelligent lamp is controlled to supply power, and in the valley period of the power consumption of the commercial power, the commercial power is controlled to supply power to the lamp and charge a backup power supply.
The lamp is in communication connection with the service platform through one or a combination of more than two of Ethernet, 485 bus, power carrier or WIFI. WIFI wireless communication module in lamps and lanterns supports AP access and ST workstation two kinds of modes, realizes lamps and lanterns and lamps and lanterns, lamps and lanterns and platform's communication interconnection.
The parking space dynamic sensing component 3-2 adopts two sensing modes of video and infrared; the lane projection indicating component 9 is positioned according to the right driving, and projects indicating information to a driving lane; the lane dynamic sensing device 3-1 is positioned according to the right driving, and the video sensing mode is adopted to identify the driving direction of the vehicle and the direction of the pedestrian.
Referring to fig. 3, the intelligent lighting indicating system is composed of more than one integrated intelligent lighting indicating lamp and a service platform, the service platform comprises a parking lot lighting management system, a parking space service management system and a regional broadcast service management system, the parking lot lighting management system, the parking space service management system and the regional broadcast service management system are connected with the integrated intelligent lamp through an information network, and the parking lot lighting management system is connected with the integrated intelligent lamp through a lighting power supply module.
The control method of the intelligent illumination indicating system comprises the following steps:
s01, marking positions of lanes, parking spaces and lamps of the indoor parking lot, establishing a corresponding relation of the lamps on a service platform, and setting broadcast contents;
s02, the lamps receive information setting of the parking space management service module through a network, control a parking space projection angle motor driving device, adjust a projection area to the position of the ground, a stand column or a hanging plate of a related parking space, and display exclusive marks of an indication parking space, wherein the exclusive marks comprise state colors and special Chinese and English characters;
s03, adjusting the lighting state of the indoor parking lot according to the driving condition of the vehicle, and controlling the field illumination through the electric light source management module when sensing that no person or vehicle exists so as to enable the lamp to be in the low-power-consumption energy-saving illumination; when people are induced to enter, state information is transmitted through a network to form association control, and a pedestrian following strategy that is gradually brightened according to regions is adopted;
s04, when the lamps sense the driving state of the lane vehicle, predict the driving route and the corresponding state of the parking space, turn on the parking space state lamps, transmit vehicle information through the network to form the correlation control, adopt the vehicle driving guiding strategy which is gradually lightened according to the area, assist the voice broadcast in time, and match the lane projection indication mark with the parking space projection indication mark;
s05, sensing the parking space occupying state by a lamp, identifying information including a license plate, a vehicle type and a vehicle color, adjusting a projection occupying mark according to the constraint condition of the parking space management service module, and projection-displaying the information including the license plate and the occupying duration;
s06, the lamp senses the occupying state of the parking space, recognizes information including license plates, vehicle types and vehicle colors, performs broadcast warning and acousto-optic reminding on abnormally occupied vehicles according to the constraint conditions of the parking space management service module, and feeds back the field situation to the parking space management service module.
The integrated intelligent lighting indicating lamp is provided with a unique device code UUID, when an indoor parking lot is arranged, a three-dimensional position code [ a floor code F, a transverse sequence code X, a longitudinal sequence code Y ] and an associated information code [ a parking partition code M, a parking space code N, a relative direction code (left L, right R) and a sequence code Q ] are given, and the unique device code UUID is in one-to-one auxiliary relation with the three-dimensional position code and in one-to-many mapping relation with the associated information code; the coded information is respectively stored in the service platform and the lamp and used as an addressing and control basis for cooperative communication.
Example (c):
SN35160：[-1，10，3]：[A，45，L，1]
SN35160：[-1，10，3]：[A，46，L，2]
SN35160：[-1，10，3]：[A，52，R，1]
wherein SN35160 is a UUID unique device code; [ -1, 10, 3] is a three-dimensional position code, which represents that the lamp is in the position of minus one floor, 10 transverse and 3 longitudinal; [ A, 45, L, 1], [ A, 52, R, 1] are associated information codes, represent area A, and No. 45 and No. 52 parking spaces are respectively positioned at the first sequence position on the left side and the first sequence position on the right side of the lamp.
The broadcasting form comprises remote system broadcasting and preset service broadcasting, the remote system broadcasting plays public notice and emergency broadcasting from a regional broadcasting service module, and voice information comprising abnormal occupation warning, driving guide, vehicle searching guide, welcome words and cautions is stored in an information storage module of the preset service broadcasting and lamp.
The system illumination work control comprises four types, namely an energy-saving mode A, a pedestrian illumination mode B, a vehicle illumination mode C and a full-on full-off working mode D; the method comprises the following steps that an energy-saving mode A is set in an unmanned state of a parking lot garage, lamps are turned off at intervals, and the luminous power of the lamps which are turned on for illumination is not more than 10-20% of the maximum value; sensing the state of a pedestrian when walking in a ground reservoir to be converted into a pedestrian illumination mode B, cooperatively controlling peripheral lamps of the pedestrian to be turned on one by an electric light source management module through a network, setting the light source value closest to the human body as the maximum value, gradually reducing the peripheral illumination by 10-30%, and gradually changing the central value according to the walking direction of the pedestrian; when the vehicle is sensed to run, the state is converted into a vehicle running illumination mode C, the electric light source management module cooperates with the lamps around the vehicle to be turned on one by one through a network, the light source value closest to the front of the vehicle running direction is set as the maximum value, the lamps in the front of the vehicle are turned on at intervals, the illumination is reduced by 10-30% gradually, and the number of the lamps in the rear of the vehicle is not more than 3.
The method is implemented by utilizing an internal backup battery of the lamp to implement a peak-valley power regulation strategy and adopting two modes of timing and platform remote control; and in the peak period of the power consumption of the commercial power, the built-in backup battery of the integrated intelligent lamp is controlled to supply power, and in the valley period of the power consumption of the commercial power, the commercial power is controlled to supply power to the lamp and charge a backup power supply.
The system adopts a lane sensing component to identify vehicles and pedestrians, stores WiFi (wireless fidelity) addresses ID authorized to be started by the vehicle license plate and the personnel, and determines absolute position information of the vehicles and the personnel in an indoor parking place according to preset position information of an indoor parking lot where the identification lamp is located and the relative position information of the vehicles and the personnel in a sensing view field. Whether the parking space is occupied is identified by the parking space sensing component, the number plate of the occupied vehicle is recorded, the occupied time of the vehicle is recorded, and the time interval of the simultaneous occurrence of the personnel and the vehicle in the parking space vision field range is recorded.
The system projection and broadcast control comprises a vehicle guiding mode E, a pedestrian guiding mode F and a parking indicating mode G; the vehicle driving guiding mode E adopts a lane projection indicating component to project and combine in front of the ground of a lane where the vehicle runs to display driving indicating information, wherein the driving indicating information comprises a direction arrow, direction characters, a preset parking space number and a license plate number; in the pedestrian guiding mode F, a lane projection indicating component is adopted to display the vehicle searching indicating information comprising a direction arrow, direction characters, a occupied vehicle space number and a license plate number on the ground in front of the person in a combined manner, and the guiding broadcast information is started nearby; the parking indication mode G is characterized in that a parking space projection indication component is adopted to project and combine the display of a parking space number, a license plate number and forbidden and available character and color marks on a parking space; when the parking is authorized to occupy the parking space, a preset welcome word and a reminding broadcast are started, and when the parking space is occupied by an unauthorized vehicle, a preset warning broadcast is started;
the parking lot illumination management system and the regional broadcast service management system are matched to realize vehicle and personnel guidance; the service platform associates the parking spaces with the vehicle information and distributes the information to the lamps, the lamps recognize and compare license plates of running vehicles through the lane dynamic sensing device, and if the lamps sense the vehicles as vehicles with fixed parking spaces, a driving illumination mode C is adopted; sensing and identifying that the pedestrian is in a continuous walking state, and adopting a pedestrian illumination mode B; if the vehicle is sensed to be a vehicle with a non-fixed parking space, a vehicle guiding mode E is adopted; sensing the navigation state of the personnel and adopting a personnel guiding mode F; when various conditions exist simultaneously, the hybrid mode is opened by adopting the logical relation of AND.
The present invention is described in detail with reference to the examples, but the description is only a specific embodiment of the present invention, and the present invention is not to be construed as being limited to the claims. It should be noted that, for those skilled in the art, variations and modifications made within the scope of the present invention shall fall within the scope of the claims of the present invention without departing from the spirit of the present invention.
Claims (8)
1. The utility model provides an indoor parking area is with integration intelligence illumination pilot lamp which characterized in that: the lamp comprises a lamp base, a suspension wire and power line incoming wire fixing component, a parking space projection angle motor driving device, a parking space projection display device, a lane dynamic sensing device, a parking space dynamic sensing component, an outer suspension supporting component, a parking space occupying light display component, an audio broadcasting horn, a main control component, an electric light source component, a lamp shading reflection component and a lane projection indication component; the parking space projection angle motor driving device, the parking space projection display device, the lane dynamic sensing device, the parking space dynamic sensing component, the parking space occupying light display component, the audio broadcasting loudspeaker, the electric light source component and the lane projection indicating component are respectively connected with the main control component; the parking space projection angle motor driving device, the parking space projection display device, the lane dynamic sensing device, the parking space dynamic sensing component, the audio broadcasting loudspeaker, the main control component and the lane projection indicating component are respectively installed on the lamp base.
2. The integrated intelligent lighting indicator lamp for the indoor parking lot according to claim 1, wherein: the lamp base comprises long-edge panels on the front side and the rear side and short-edge panels on the left side and the right side, the parking space projection angle motor driving device, the parking space projection display device and the parking space dynamic sensing device are respectively installed on the long-edge panels of the lamp base, and the lane projection indicating component and the lane dynamic sensing device are respectively installed on the short-edge panels of the lamp base.
3. The integrated intelligent lighting indicator lamp for the indoor parking lot according to claim 2, wherein: the outer suspension supporting component is detachably connected with the long-edge panel of the lamp base, and supports are provided for the parking space occupation light display component.
4. The integrated intelligent lighting indicator lamp for the indoor parking lot according to claim 2, wherein: the audio broadcasting loudspeaker is arranged at the bottom of the lamp base.
5. The integrated intelligent lighting indicator lamp for the indoor parking lot according to claim 2, wherein: the number of parking space projection angle motor driving devices, parking space projection display devices and parking space dynamic sensing parts which are arranged on each long edge panel is 1-3.
6. The integrated intelligent lighting indicator lamp for the indoor parking lot according to claim 1, wherein: the main control component comprises a control processor, a lane perception processing module, a parking space perception processing module, an electric light source management module, an indicator lamp management module, a projection angle motor control module, a projection display processing module, an audio module, a power supply module, a wired/wireless communication module and an information storage module, wherein the lane perception processing module, the parking space perception processing module, the electric light source management module, the indicator lamp management module, the projection angle motor control module, the projection display processing module, the audio module, the power supply module, the wired/wireless communication module and the information storage module are respectively connected with the control processor; and a standby battery is arranged in the power module.
7. The integrated intelligent lighting indicator lamp for the indoor parking lot according to claim 1, wherein: the parking space projection display device is connected with the parking space projection angle motor driving device.
8. The integrated intelligent lighting indicator lamp for the indoor parking lot according to claim 2, wherein: the lamp is in communication connection with the service platform through one or a combination of more than two of Ethernet, 485 bus, power carrier or WIFI.
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| CN202122310641.5U CN215932851U (en) | 2021-09-23 | 2021-09-23 | Integrated intelligent lighting indicating lamp for indoor parking lot |
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| CN202122310641.5U CN215932851U (en) | 2021-09-23 | 2021-09-23 | Integrated intelligent lighting indicating lamp for indoor parking lot |
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